my country's high -altitude large drone plateau meteorological observation test is successful in the Qinghai -Tibet Plateau

Xinhua News Agency, Xining, September 19th (Reporter Chen Jie) A large drone was cast under the high altitude of the Snow Mountain area of ​​Qinghai Province, and 12 aircraft instruments were cast under the high altitude of the Snow Mountain area of ​​Qinghai Province. The vertical vertical structure and lower surface of the Qinghai -Tibet Plateau, and my country's high -altitude large drone plateau meteorological observation test was successful in the Qinghai -Tibet Plateau.

According to reports, after the completion of the atmospheric vertical and lower pads of the Qinghai -Tibet Plateau, the cloud system distribution, water vapor structure, wind farm and under -padding conditions of Sanjiangyuan area returned to the ground command system in real time. This is the protection of related experiments three consecutive times since 2020, the airborne air -proof system developed by Aerospace New Meteorological Technology Co., Ltd. three consecutive times.

This is the surveillance of the surveillance of this test. (Photo confession in the respondent)

The Qinghai -Tibet Plateau is an important ecological security barrier in my country and a sensitive area of ​​global climate change. Due to the harsh climate, it is difficult to build a station on the Qinghai -Tibet Plateau, the vertical structure of the atmospheric atmosphere, and the lack of observation information. With the advantages of high -altitude large drones, long -range, long -range, and mobile observations, the refined detection of vertical atmosphere of the target area can be completed through the sub -off -air deduction system.

"The vertical atmospheric detection data obtained through the sub -investment -type empty system can provide basic data for the three -dimensional structure and water supply of atmospheric vertical detection and water circulation of Sanjiangyuan and other regions." It will become an important basis for the decision -making decision -making of the Qinghai -Tibet Plateau water resources and ecological security in the context of climate change.

This meteorological observation test was jointly carried out by the China Meteorological Administration and several units.

It is understood that in the future, the meteorological department will focus on the water vapor channel, glacier distribution, and glacier area water supply to carry out multi -aircraft detection in Sanjiangyuan area to promote the construction of the air -based observation system with high -performance large drones as the main body. Scientific response to climate change provides data.

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